High-quality blended fertilizer manufacturer

N21-P2O510-K2O7Biological amino acids fertilizer combines bio-chelation technology with the concept of slow-release amino acids. Its amino acid components act as chelating agents, helping crops better absorb nutrients from the soil. After application, the availability of trace elements in the soil increases, and crop root development accelerates. This has a significant effect on improving soil compaction and increasing soil organic matter.

N21-P2O512-K205Biological amino acids is suitable for the growth needs of various crops. It can be used as a base fertilizer and top dressing for field crops and cash crops, supplementing the nutrients needed for crop growth and improving crop growth. Its controlled-release characteristics prolong fertilizer effectiveness, reduce the number of fertilizations, and lower planting costs. Tianjin Rongda Fertilizer Industry, in collaboration with Shandong Agricultural University and provincial fertilizer research institutes, jointly developed this new fertilizer. The company focuses on the research, development, production, sales, and service of environmentally friendly and ecological formula fertilizers, emphasizing safe, environmentally friendly, and energy-saving production, and adhering to the concepts of innovation and green development. This fertilizer combines bio-amino acids with controlled-release technology, resulting in high absorption and utilization rates and reducing nutrient loss. Long-term use can improve the soil environment, promote the reproduction of soil microorganisms, and alleviate soil compaction. As an environmentally friendly fertilizer, its production process meets green standards and leaves no residual pollution.

N13-P2O58-K2O17Biological amino acids is suitable for both field crops and cash crops, and is particularly effective in improving soil compaction and enhancing crop resistance. Tianjin Rongda Fertilizer, through its safe and environmentally friendly production system, transforms innovative research and development results into actual yield-increasing drivers, helping farmers achieve a dual improvement in quality and income.